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And this part of the journey is called the pulmonary circulation.

When you exhale, it goes in the exhale counter lung when you inhale, it comes from the inhale counter lung.

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Port Rotation

So now you can see that the heart is really two different system err let'say two different circuit, rather.

Where do they get their water? Where do they get their shelter?

I mean at its core, that's exactly what the heart is doing.

Cycled.

Let's now keep going and talk about the second part of the circulatory system, which is the systemic circulation.

And the second one is relying on the left ventricle as the pump.

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The cycle of blood is not regular.

So now you've actually seen the second circulation, because it all ends up in the right atrium. And this is the systemic circulation.

Barbarically, we're killing sharks for shark fin soup, undermining food chains that shape planetary chemistry and drive the carbon cycle, the nitrogen cycle, the oxygen cycle, the water cycle our life support system.

It was dead.

Not because it's crazy, or anything, but because the fractions are ratios of whole numbers, and so are called rationals meaning the rest are non rational, that is, irrational.

Attached is the draft compilation.

Is that you really need, somehow, to have blood flow moving and pushing blood constantly throught the body.

...not just for the sake of printing the money,

In the new industrial revolution extractive must be replaced by renewable

We'll talk a little bit more about this in another video and I don't feel like this kind of got too confusing but I just want you to be aware that there is mixing going on in the lungs with the systemic and pulmonary circulation.

Where do our rights come from?

So you can see here, you can immerse a whole circuit board in this and it wouldn't cause any damage.

So now the journey starts with the left ventricle.

But that's not all, because superconductors don't like magnetic fields.

You've got pulmonary arteries carrying blood, you've got bronchial arteries carrying blood and that blood mixes.

Blood circulates through the body.

So, you've got a higher level of virulence.

The most fundamental is called the breathing loop.

I can't find anything that even looks like an atmosphere recycler.

This is what we're doing to ourselves.

I just write that here. So these are the two major veins that bring you back blood from the all the different parts of the body.

So what you see kind of colored in now, is the pulmonary circulation. That's the first part of our circuit.

And the cancer cell divides even more frequently and recklessly.

There's a chemical filter in there that pulls the carbon dioxide out of the breathing gas, so that when it comes back to us, it's safe to breathe again.

Should they recover in a specialized cardiac unit in hospital, or should they recover at home?

In other cultures, time is cyclical.

Very important because by encouraging the birds, the habitat for birds, we're encouraging phosphate cycling through the system.

It's good to move blood around.

Another tissue or organ that makes people kind of wonder, is the heart.

So how does CO2 get into our atmosphere?

And It's again stopped a little bit there, but I can fill it in and the pulmonary veins are gonna deliver that oxygenated blood to the left atrium.

We have diverted 148 million pounds that's 74,000 tons of used carpet from landfills, closing the loop on material flows through reverse logistics and post consumer recycling technologies that did not exist when we started 14 years ago.

So even though you have the bronchial arteries bringing blood in, that would be right here, you know the bronchial arteries bringing blood in, a lot of that blood ends up going into that pulmonary circulation.